Two 15cm, tapered, carotid shunts. One 1408 shunt (14 Fr. to 8 Fr.) and one 1209
Two 15cm, tapered, carotid shunts. One 1408 shunt (14 Fr. to 8 Fr.) and one 1209 shunt (12 Fr. to 9 Fr.), together in one peel pack
Two 15cm, tapered, carotid shunts. One 1408 shunt (14 Fr. to 8 Fr.) and one 1209
Two 15cm, tapered, carotid shunts. One 1408 shunt (14 Fr. to 8 Fr.) and one 1209 shunt (12 Fr. to 9 Fr.), together in one peel pack
The iTClamp® quickly controls critical bleeding by closing the skin to create a
The iTClamp® quickly controls critical bleeding by closing the skin to create a temporary, contained hematoma until surgical repair. The iTClamp® is a self-locking trauma clamp with needles that penetrate the skin to evert the skin edges between pressure bars of the device and anchor it to the skin to reduce slippage and leakage. Pressure is evenly distributed across the bars, which seal the skin over a wound. An adjustable locking mechanism increases or decreases pressure across the wound to achieve a fluid tight seal. The iTClamp Model 9200 is a non-sterile training product, not for clinical use.
The iTClamp® quickly controls critical bleeding by closing the skin to create a
The iTClamp® quickly controls critical bleeding by closing the skin to create a temporary, contained hematoma until surgical repair. The iTClamp® is a self-locking trauma clamp with needles that penetrate the skin to evert the skin edges between pressure bars of the device and anchor it to the skin to reduce slippage and leakage. Pressure is evenly distributed across the bars, which seal the skin over a wound. An adjustable locking mechanism increases or decreases pressure across the wound to achieve a fluid tight seal.
The iTClamp® quickly controls critical bleeding by closing the skin to create a
The iTClamp® quickly controls critical bleeding by closing the skin to create a temporary, contained hematoma until surgical repair. The iTClamp® is a self-locking trauma clamp with needles that penetrate the skin to evert the skin edges between pressure bars of the device and anchor it to the skin to reduce slippage and leakage. Pressure is evenly distributed across the bars, which seal the skin over a wound. An adjustable locking mechanism increases or decreases pressure across the wound to achieve a fluid tight seal.